[2] Effect of particle concentration on sediment and turbulent diffusion coefficients in open-channel turbulent flow. Environmental Earth Sciences (2016).

In the low diffusivity state, the fluid exhibited a high-speed flow without any turbulence or mixing, resulting in a low Reynolds shear stress (which represents how momentum is transferred due to ...

Further development of the spectral turbulent diffusivity concept is presented with the aim of obtaining an Eulerian dispersion model applicable for multiple interacting sources. The theory is applied ...

Turbulent convection is often present in liquids with a kinematic viscosity much smaller than the diffusivity of the temperature. Here we reveal why these convection flows obey a much stronger level ...

In general, the transition from laminar to turbulent flow occurs between Reynolds numbers of 1,700-3,000, but the exact number varies not only between experimental facilities but also between ...

This flame was selected as a "standard flame" on the "International Workshop on Measurements and Computation of Turbulent Nonpremixed Flames", Naples, July 1996. It was also investigated at the TU ...

The research described here examined the fate of H2S-contaminated natural gas slugs as they travel through a gas pipeline network.

Until now it had been assumed that, once a flow of a fluid has become turbulent, turbulence would persist. Researchers have now shown that this is not the case. In their experiments they managed ...

This DFNM modeling framework shows promise for applications where matrix and fracture flow are important and hydraulic diffusivity is a function of pressure, stress, and/or shear failure history (e.g.